* APPENDIX C. GRAPHING TESTS WITH CURZON LINE


use "matrix to build curzon line robustness tests.dta", replace


* CURZON LINE A

twoway (rcap ci95up cia95down number , lcolor(black) lpattern(dash) horizontal) (scatter number pointestimate, msymbol(circle) mcolor(red)) if Curzon_Line=="A" & number<7 , ytitle(, size(zero)) yscale(reverse) ylabel(1 "Number Zionist Schools" 2 "Zionist Schools per 1,000 Jews" 3 "Number Tarbut & Mizrachi Schools" 4 "Tarbut & Mizrachi Schools per 1,000 Jews" 5 "Number of Hebrew Schools" 6 "Hebrew Schools per 1,000 Jews", labels labsize(small) angle(horizontal) valuelabel nogrid) xtitle(Estimated Pale Effect at Border) xtitle(, size(small) margin(small)) xline(0, lpattern(solid) lcolor(black)) xlabel(, grid) title(Estimates at Curzon Line A, size(medium) margin(medium)) legend(order(2 "Point Estimate" 1 "95% Confidence Intervals") size(small)) scheme(s1mono)

* CURZON LINE B

twoway (rcap ci95up cia95down number , lcolor(black) lpattern(dash) horizontal) (scatter number pointestimate, msymbol(circle) mcolor(red)) if Curzon_Line=="B" & number<7 , ytitle(, size(zero)) yscale(reverse) ylabel(1 "Number Zionist Schools" 2 "Zionist Schools per 1,000 Jews" 3 "Number Tarbut & Mizrachi Schools" 4 "Tarbut & Mizrachi Schools per 1,000 Jews" 5 "Number of Hebrew Schools" 6 "Hebrew Schools per 1,000 Jews", labels labsize(small) angle(horizontal) valuelabel nogrid) xtitle(Estimated Pale Effect at Border) xtitle(, size(small) margin(small)) xline(0, lpattern(solid) lcolor(black)) xlabel(, grid) title(Estimates at Curzon Line B, size(medium) margin(medium)) legend(order(2 "Point Estimate" 1 "95% Confidence Intervals") size(small)) scheme(s1mono)

